Lock



Ma a, 1923 1,454,202 J. o. WINKS ET AL LOCK Filed pril 2'. 1921 sshets-sneet 1 IN VEN TOR 5 Jam! QW/ ns y fawn/w 0 Bewmrrr A TTORNE Y,

May 8, 1923.

J. o. WINKS ET AL LOCK Filed April 2. 1921 s Sheets-Sheet 2 r I 6, J,

Z r 61 w A INVENTORS A TTORNE Y May 8, 11923; 1,454,202

J. o. wlNKs ET AL LOCK .1 f Filed April 2. 1921 s Sheets-Sheet a IN VENTORS Joy/v '0. 'VM/I/S f an/4,90 085mm?! ATTORNEY and counter bored plug member adapted to slide into the member shown in Fig. 20.

Fig. 23 is a section of Fig. 22 taken on the line XXIII-XXIH.

Fig. 24 is an end view of a clip mem ber adapted to lie in a groove in the plug shown in Figs. 22 and 23.

Fig. 25 is a side elevation of Fig. 24.

Fig. 26 is an edge elevation showing two escutcheon plates and the means for interlocking same with the member shown in Figs. 22 and 23.

Fig. 27 is a side elevation of Fig. 26 and indicating in dotted lines the relative positions of the escutcheon plates when inserted in a door and before the interlocking means becomes efiective.

Fig. 28 is a view similar to Fig. 26 showing the interlocking means of one of the escutcheon plates.

Fig. 29 is a bottom plan view of Fig. 28.

Fig. 30 is a side elevation of a dead bolt.

Fig. 31 is a bottom plan view of Fig. 30.

Fig. 32 is a side elevation of a knob spin dle showing a crank thereon.

Fig. 33 is an end elevation of Fig. 32.

I Fig. 34 is a side elevation of a key constructed for use with our lock.

Fig. 35 is a side elevation of a spool adapted to receive the key and be rotatably held in a cylinder on an escutcheon plate.

Fig. 36 is a bottom plan view of Fig. 35.

Fig. 37 is an end elevation of Fig. 35.

Fig. 38 is an end elevation of Fig. 36.

Fig. 39 is a view of the end of Fig. 35 opposite that shown in Fig. 37.

Referring to the drawings; Figs. 1 and 2, the lettersA and B indicate respectively cylindrical bores in the edge of a door indicated fragmentally at 1, and adapted to receive and contain respectively a spring bolt housing 2, and a dead bolt housing 3.

As shown in Fig. 2, counter bores C and D intersect respectively the bores A and B. The counter bore C is for the purpose of engaging the knob spindle housing and the parts therein which coact to operate a latch or spring bolt 4.

The counter bore D is adapted to admit and retain a lock cylinder housing 7 containing parts adapted to throw a dead bolt 8.

While it is obvious that either the spring bolt or the dead bolt might be used alone without departing from the spirit of our invention, we elect to show them together in order to accomplish all the operations necessary on a typical door lock.

lil)

If the spring bolt were used alone the escutcheon plates might be circular and rela- The dead bolt 8, Figs. 30, 31, has a reduced flat portion 9 provided with a shoulder 11 adapted to limit the throw of the bolt 4 by engaging parts to be described later.

A lug 12 acts as a stop to limit the throw of the bolt in the opposite direction, by engaging the end of a slot 13 in the dead bolt housing, Figs. 20, 21, through which said lug extends when the parts are assembled.

The bolt 4 is provided with. a reduced stem member 14, Figs. 17 and 18, which is bifurcated at the end remote from the bolt. A pin 16 extends through the bifurcation to form a pivot for a link 17 adapted to be engaged and reciprocated by a crank 18 in a knob spindle 19, Figs. 32, 33.

The spindle 19 is preferably formed of rod material and is flattened as indicated at 21. The ends of the spindle are pro vided with the usual threaded holes 22 for engaging a screw to hold a knob indicated in dotted lines at 23, Fig. 4.

The reduced portion 14, Fig. 6, is surrounded by a coiled spring 24 adapted to hear at one end against the head of bolt 4 and at the opposite end against a washer surrounding stem 14.

The parts are held in operative position in a cylindrical shell 27 by ears 28 and 29,

Fig. 16, bent inwardly to form stops for i the spring pressed washer 26. A washer 31 bears against the ears. 28 and 29 on the side remote from washer 26.

When the spring bolt mechanism described is assembled. as shown in Fig. 15, it is slid into the housing 2, Fig. 13, from above, and is prevented from being drawn through said housing by an annular flange 32. Fig. The spring bolt mechanism. is now readv for interlocking engagement as a unit with other parts to be described. The housing .3 is provided with bayonet slots the purpose-of which will be later disclosed.

We will now describe the dead bolt mechanism.

The reduced portion 9 of bolt 8, Figs. 30. 31, is provided with grooves 34 formed by a milling cut. The purpose of these grooves. one of which is on either side of the member 9. is to engage with an extended leg 36 oi the bifurcated end of a key 37, Fig. 34. This groove structure permits the throw of the bolt by a key inserted from either side of the bolt and yet positively prevents any person from poking the key out of the lock from the opposite side.

While a slot extending clear through the metal would accomplish the desired result (allow the bolt to be actuated when a key is inserted from either side), we prefer to leave a web portion 38, Fig. 31, as it serves to obstruct vision through the key-hole.

' T e h ad of t e dead bolt 8 s i e in a lessees plug39, Figs. 19 and 20. The reduced portionf 9.;has a sliding bearing in ,a slot 41,)in a-removableplug member 42, Figs. 22 and To provide a definite length of throw for the bolt 8gand .give an audible click at each end of the stroke, we provide a ball, 20,

Fig. 30, which is pressed upwardly by a spring 25 to engage depressions in the plug 39, Figs. 19 and 20.

This member 42 is adapted to slide freely into one end of a, dead bolt housing Fig.

20, and is provided with a counter -bore 43.

adapted, when these parts are assembled, to

5 register with similar openings 44 in the housing 3; The ,bores 43 and 44 are of a size calculated to admit lock cylinders 7 on escutcheon plates 47, Fig. 26. I

The'lock cylinders 7,-Figs. 26 and 28, arerovided with bayonet slots 48, Fig. 29. healarger or entrantv parts of theseslots are of a width sufiicient to clear upturned ears 49, 51, of a U-shaped clip 52, Figs. 24, This clip is adapted to lie in a groove in the plug 42, Fig.22. YV-hile this groove entirely surrounds the plug the upper portion has nofunction, merely representing a lathetool cut. 7 1

l-N hen theaclip52 is placed in the groove .53 and the plug 42 inserted in the housing 3, and the bores 43 and 44 are in register,

' the lock cylinders 46 be inserted from either side as shown in Fig. 26. By rotating the escutcheonplates 47 to the dotted line posit-ions, shown in Fig. 27, the entrance portions of the bayonet slots 48 clear theupstanding ears 49 and 51, and if the escutcheon plate or' plates be turned to the vertical position, shown in full lines in Fig.

'27; the ears 49 and 51 enter the bayonet' slots and the escutcbeon plates are secured from lateral diisplacement or withdrawal.

Rotation oi' the escutcheon plates isprevented byxa composite knob spindle housing. shown in Figs. 7, 8 and 9, which, when interlocked.v extend through holes 52 in the escutcheon plates.

The central member 53, 8, of the composite housing is cut away, as shown at 54, and two tongues 56 and 57 extend: into the cut from opposite directions.

Two ears and 59 are turned inwardly from the cylindrical wall of the housing member The members 61. 7, and 62, Fig. 9,

are adapted to slide within the member 53 from oppositeends and each is provided with a bayonet slot 63, the larger entrance portion of which will clear the inwardly bent cars 58 and 59 as the case may be and the slot portion when the members are turned engages said ears against withdrawal.

In order to lock the spring bolt housing and the composite spindle housing in a solid T or cross-head position, we insert the spring bolt casing 2 with the bolt and actuating means contained therein in the cut away portion 54 of member-53,"F ig. 8.

The parts being cylindrical, it will bese'en that when the end edge surfaces (indicated at 64) encounter the marginal wall of the cut 54(indicated at .66), the bayonet slots plane to engage the tongues 56 33 are on a and 57 if the housing 2 be rotated.

When so rotated the edgeofthe housing 2 extends into the member 53 and the entrant portions of the bayonet slots 63, Figs. 7

and 9, engaging said slots securelyagainst rotation.

It will be seen this cross-head- 'form the parts can onlybe disassembled by rotating the casing 2 from the edge of the door.

- We provide notches 67 F iga13, diametri cally 'opposed in the external end of the spring bolt-casing2. By this means the parts may be locked or unlocked'b-y thefiuse of a suitable key orspannertrom the edge v,

of the door. I

We provide spool members ,71.,--Figs.u33, 36, to engage the key 37 and rotate there'- with. These spools are carried in ing 7 in the escutcheons 47 I A pin 72 extends through a slotin each of the cylinders ,7 to hold the spool in, and the rotation ofthe spool is-Jiinited by the length of the-slot.

that when assembled in,

the j hous- The central shank-portion .oithe spools allow for suitable wards 73, to register with notches 74 in the key in awel-l known The spool is nearlysplit through its axis; a web 74 engages the bifurcated end of the key.

Operation.

Our lock-is assembled in-ar door in the following manner; f

The dead bolthousing 13,-. with the bolt and plug'43,'F-ig. 22,. therein/ai s inserted in members 61 and 62 are rotated until they become locked by the engagement of bayonet slots 63 with ears 58 and 59. 7

The spring bolt housing is now inserted with the bolt actuating means contained therein and rotated until the bayonet slots 33, Fig. 12, engagetongues 56'and 57.

The device is now securely locked against dismemberment by the application of ex traneous force and cannot be disassemblec without the use of a special tool used when the door is open.

We claim:

1. A lock, comprising, in combination, two cylindrical members adapted. to enter two parallel cylindrical mortises laterally of a door, an escutcheon connecting said members, and attached to one of them and engaged by the other when in normal position, members adapted to enter cylindrical mortises in the edgeof a door and engage and lock said. first named members, said attached member being locked by the swing of the escutcheon from non-normal to normal position, said escutcheon-being locked by the engagement therewith of said non-attached member.

2. A look, comprising, in combination, a cylmdrical member adapted to extend cross- Wise of a door, anescutcheon at the end thereof, and a cylindrical member adapted to engage said escutcheon and enter said first named cylindrical member and lock therein.

'3. A look, comprisi g, in combination, a cylindrical member adapted to extend crosswise of a door. an escutcheon at each end thereof, said esc-utcheons being perforated. in register with'said cylindrical member, flanged cylindrical members adapted to extend through the perforations in said escutcheons and enter said first named cylindrical member and locking means therein adapted to engage the same.

4. A look, comprising, in combination, an

escutcheon, a cylindrical member attached ing complementary elements adapted to en gage and lock by the rotation of said attached member, said last named member being so attached to said escutcheon as to lock with said bolt-housing member by the swinging of said escutcheon from a nonnormal to its normal position.

6. A lock, comprising, in combination, two cylindrical bolt-housing members adapted to occupy parallel positions, two escutcheons each provided with a cylindrical housing member projecting toward one of said bolthousings, said members having complementary configurations adapted to engage and lock bythe swing of the escutcheon from a non-normal to normal position, and a composite cylindrical member composed of three sections, adapted to extend between said e'scutcheons, the end sections'adapted to engage and lock the escutcheons in their normal positions, and to be engaged and locked the central section.

7 In a door lock, a composite knob spindle housing comprising a central member adapted to be contained within the door and provided with openings in both ends and with an opening in the side thereof, ferrule members adapted to engage with the ends of said central member, and complementary configurations on all of said members arranged to interlock the parts, and a bolt housing adapted to engage the said central member in the side opening, and means on said bolt housing for engaging the complementary interlocking portions to prevent dismemberment except by removal of the bolt housing.

8. In a door look, a bolt housing, a plug at one end thereof, said plug having a longitudinal opening to receive the bolt, a plug at the opposite end ofsaid housing perforated laterally to receive the bolt operatingmeans and grooved circumferentially, a U-shaped clip adapted to rest in said groove and have its ends project into the lateral perforation, and ferrule members having bayonet joints adapted to engage said projecting ends and be locked thereby.

In testimony whereof we afiiX our signatures.

JOHN O. WINKS. EDWARD O. BENNETT. 

